Intelligent fire extinguishing system

Abstract

The invention discloses an intelligent fire extinguishing system which comprises an intelligent miniature emergency rescue cabinet, a transparent transmission gateway, a fire extinguishing control host, an intelligent air switch with a gateway and a fixed telephone emergency call device with a gateway. The intelligent miniature emergency rescue cabinet is wirelessly connected with the unvarnished transmission gateway, the intelligent air switch with the gateway and the landline telephone emergency call device with the gateway, and the unvarnished transmission gateway is in wired connection with the fire control host; the intelligent miniature emergency rescue cabinet is wirelessly connected with a miniature fire station, an unmanned aerial vehicle, a large fire-fighting command screen and a mobile phone terminal. And the unmanned aerial vehicle is a fire-fighting unmanned aerial vehicle and is used for photographing and shooting a fire place. According to the intelligent fire fighting system, when a fire disaster occurs, firefighters can accurately and timely arrive at the position of a trapped person, the trapped person can be rescued in time, the time spent by the firefighters for rescuing the trapped person can be shortened, the efficiency is improved, and casualties and losses are reduced.

Description

technical field [0001] The invention relates to the technical field of fire protection, in particular to an intelligent fire protection system. Background technique [0002] With the construction of residential buildings, office buildings and other buildings getting higher and higher, the number and density of personnel are also increasing, and the fire pressure on buildings is also increasing, especially in high-rise residential buildings. Larger; for fire safety, smoke alarms, fire safety signs, alarm hand signals, gas alarms, surveillance cameras and other fire protection facilities will be installed in residential buildings. The existing fire control system cannot integrate the above fire protection facilities. At the same time, It is also impossible to send alarm information to users who are not in the building in the fire. When users are trapped in the building, they cannot locate the location of the trapped users and the number of people trapped in time, especially no...

AI Technical Summary

Problems solved by technology

[0002] As residential buildings, office buildings and other buildings are built higher and higher, the number and density of people are also increasing, and the fire protection pressure faced by buildings is also increasing, especially in high-rise residential buildings. Larger; for fire safety, smoke alarms, fire safety signs, alarm alarms, gas alarms, surveillance cameras and other fire-fighting facilities will be installed in residential buildings. The existing fire control system cannot integrate the above-mentioned fire-fighting facilities. At the same time, It is also impossible to send alarm information to users who are not in the building when the fire broke out. When users in the building are trapped, the position and number of trapped users cannot be located in time, especially not directly on the large screen of the fire control center. Displaying the location of trapped users and the number of people trapped can only be informed by on-site search or calls by trapped persons, which greatly increases the difficulty and time of search and rescue, so that trapped persons and firefighters have to spend more time at the fire scene, Significantly increased personal safety risk

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